THE PRACTICE TEST
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- 95
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- Multiple choice
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Sample practice questions
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0% 10% 15% 20%
Acoustics Green cleaning Quality of views Site assessment
12% 16% 24% 28%
How hot a surface gets relative to standard black and standard white surfaces The environmental benefits of the material over time The measure of a material's ability to reflect sunlight (including the visible, infrared, and ultraviolet wavelengths) on a scale of 0 to 1 The ratio of energy radiated by a particular material to energy radiated by a black body at the same temperature
Are more durable Are verified to have been responsibly sourced Can be recycled Have less negative health effects
Purchase of green power Site selection The use of recycled materials Water use
Indoor air-quality monitoring Sixty day post occupancy review after the building is certified Staff training Yearly maintenance of all non-energy related systems
A thermostat whose temperature feedback indicates to the system when to turn off A warmer atmosphere melts more ice, changing the Earth's albedo which further warms the atmosphere Increased heat islands require more mechanical cooling which generates more greenhouse gas emissions causing the need for more cooling Warming oceans releasing greenhouse gasses which would warm the ocean even more
LEED BD+C: Core and Shell LEED BD+C: New Construction LEED BD+C: Schools LEED O+M: Existing Buildings
To calculate a project's indoor baseline water use To compare the raw materials of different products To measure the VOC content between different paints To understand the trade-offs of material selection and energy performance
Alternative Compliance Paths Innovation credits Minimum program requirements (MPRs) Regional priority credits
A new building project that uses CFC-based refrigerants A new building project that uses hydrocarbons (HCs) as refrigerants An existing building project that phases out the use of CFC-based refrigerants no later than 5 years after the project is completed An existing building project that uses CFC-based refrigerants without having a CFC phase-out plan
Computers Elevators HVAC system Recessed lighting
A site located next door to an ATM A site located within walking distance of a commuter rail line A site that has underground parking and open space on the property A site within walking distance to a public park
56% 66% 72% 74%
LEED BD+C: Core and Shell LEED BD+C: New Construction LEED ID+C: Commercial Interiors LEED O+M: Existing Buildings
A process of continually improving buildings Any environment that is human-made and provides a structure for human activity Structures that provide stronger connections to nature The green building movement
Rainwater harvesting Submetering Underground parking Vegetated roof
A waste stream audit of recyclable materials and instructions for calibrating indoor air quality sensors Measures to prevent against unwanted pests and the amount of waste to divert from the waste stream Standards for selecting products and technologies and certification of cleaning equipment The replacement of Minimum Efficiency Reporting Value (MERV) filters and the selection of low VOC materials, furniture, and finishes
The project being in a dense area served by transit and diverse uses The project being located on a greenfield The project not being located on a brownfield The project site having sensitive habitat
Attorney fees for building contracts Carpet installation Design of a sedimentation control plan Salaries for janitorial services in a building
Bringing in additional fresh air for indoor air quality If the building has extensive glazing cooling loads will increase The green roof will increase the heat island effect
If any construction waste materials to be recycled will be commingled or separated New technologies and materials that will help reduce waste The distance products were purchased from the construction site Which existing building materials - if any - will be reused
ENERGY STAR labeled Green-e Climate certified (or equivalent) Green-e Energy certified (or equivalent) Purchased and used within the same
Wood harvested from an unmanaged forest Wood harvested from the land of an indigenous tribe Wood that does not rot from the treatment of carcinogenic chemicals Wood that is sustainably grown and harvested
Comparing baseline energy use among buildings Comparing design case energy use among buildings Cost-effective LEED certification on a volume scale Policy support for LEED documentation
Higher sea levels Higher temperatures Longer droughts Reduced CO2 emissions
Build within walking distance of a bicycle network Install preferred parking spots for green vehicles Locate the project near public transportation Select a site that has existing infrastructure
Occupant controls help improve acoustics Occupant controls help improve indoor air quality Occupant controls help improve productivity Occupant controls help increase ventilation
During the Discovery phase of water-related systems When calculating the minimum indoor air quality of a warehouse When determining the minimum energy performance of a two-story residential project When measuring the amount of rainfall on a site
Dishwasher water Municipally reclaimed water Process water for cooling towers Water from kitchen sinks
16% lower 24% lower 32% lower 5% higher
To define ODP and GWP limits for refrigerants To define the VOC content limits of certain building materials To determine the baseline building energy performance for buildings 20,000 sq. ft. or less To set the baseline water flow requirements of toilets and fixtures
Environmentally responsive design Life cycle assessment Life cycle costing Value engineering
Achieve all prerequisites for the rating system Achieve at least 50 points Include a LEED AP on the project Meet the Minimum Program Requirements
ENERGY STAR EPA Approved Green-e LEED Certified
By installing appropriately sized and located windows By installing glass over the entire exterior of the building By locating private offices along the perimeter of the building walls By siting the building in an area surrounded by other buildings that can provide shade
By comparing the performance against ENERGY STAR Portfolio Manager By monitoring building automation systems By purchasing Renewable Energy Credits (RECs) By retrocommissioning
Automatic shades Light shelves Reflective paint and surfaces Zoned daylighting controls
Directly purchasing green power from local utility companies Installing a rooftop photovoltaic array Obtaining energy from a geothermal system Purchasing Renewable Energy Credits (RECs)
Credit interpretation requests Errata and Addenda LEED technical requests Next version of LEED
Improving site restoration Reducing heat islands Reducing potable water use indoors Runoff management
Building owners that purchase carbon offsets Building submetering Customers that enroll in a demand response program Daylighting automation systems
Black materials High SRI materials Recycled materials Reflective materials
Advanced energy metering Identifying system problems before occupancy Operational energy efficiency Selecting environmentally preferable products
Agent's authority Certification agreement LEED certification Owner's project requirements
Construction and demolition debris Milk jugs Sawdust Walnut shells
Fixture cutsheets of waterless urinals Submetering of water-using systems The operating times of the building The schedules of the occupants
CO2 monitoring Individual occupant controls Individual thermal comfort Views to the outside
Decreased maintenance Decreased ozone depletion Increased occupant performance Lower first costs
A cleaning person who only works in the evenings A delivery person A librarian A receptionist
Additional parking spaces for green vehicles Pollution added to the environment Sales tax revenue to the community The comfort of the drivers
By a map showing the project site, location, type of transportation resources, and driving distances to each location. By a map showing the project, project boundary, transit stop locations, walking routes, and distances to those stops By an area plan or map showing the project site and location of transit stop locations within a 1/2 mile (800-meter) radius of the project site By an area plan or map showing the project site and location of transit stop locations within a 1/4 mile (400-meter) radius of the project site
Costs to implement erosion control plans Fees to review local laws and standards Life cycle costing Soft costs
Eliminate all refrigerant leaks Get a state exemption for the HVAC&R system Make a phase out plan for the removal of the CFC based refrigerants Recharge the equipment with CFCs
Cost-effectiveness over both the short and long term Each practitioner designing subassemblies and system components for the most benefit and the least cost Limiting the disciplines of the project team to those members who are available most frequently Rapid design schedules
Carpeted tile shipped from overseas Low VOC rubber mat Stone tiles extracted and manufactured locally Wood flooring made in another country
A community garden located adjacent to the project boundary A private garden for company executives A walking trail on the property A water-detention pond
construction activity pollution prevention and habitat conservation and restoration. designing for flexibility and open space. exterior lighting reduction and quality views. site assessment and submetering.
LEED interpretations are created by certification review teams. LEED interpretations are not published publicly. LEED interpretations are precedent-setting. LEED interpretations can only be used by the project that submitted them.
Depending on the space categorization, the credit requirements may not apply It helps with floor area calculations Smaller spaces have lower baseline requirements The types of spaces are used to determine building density
When a conflict in a credit or prerequisite requires resolution When appealing a credit that has been denied When the person registering the project has a question about the registration process When the reference guide does not address a specific issue
Designing for flexibility Ongoing consumables Pest control service Renewable Energy Credits (RECs)
Efficiency first Treating and reusing wastewater on site Using alternative sources of water first Using nonpotable water first
Conducting a soil survey Developing on a greenfield Locating prime farmland Not disturbing sensitive land types
Free consulting GBCI LEED green building program Local chapters
Convincing the owner to limit their involvement in the process The extended construction schedule The substantial cost increases the project will incur The use of new technologies
LEED Certified LEED Certified certified LEED certification LEED-certified
Each credit is independently evaluated by USGBC within the seven impact categories. Member companies vote on which credits should receive the most points. The points are assigned by the GHG emissions related to the credit. The points are set by how difficult the credit is to achieve.
CFC-based refrigerants used in HVAC systems Construction dust Paints with high VOCs Runoff from the flooding of a construction site
Increasing the infiltration of runoff Installing a bioretention pond Installing a dual flush toilet Installing an onsite septic system
By completing an early site assessment By determining if a demand response program is available from the local utility company By finding out if the owner can lease a renewable energy system By sourcing local materials
Green infrastructure (GI) and low-impact development (LID) Piping and conveyance Submetering irrigation systems and replacing potable water with non-potable water Xeriscaping and monitoring yearly rainfall
Installing native plants Replacing permeable pavement with turf grass Using graywater for irrigation Using rainwater for irrigation
Configure the building to minimize solar gain in summer and maximize it in winter Increase the size of the building Reduce a building's thermal mass Site the building far away from adjacent buildings
Annual flowers Native plants Trees Turf grass
The Campus Program can be used for projects not necessarily uniform in design or operations but located on a single campus location. The Campus Program is used for certifying multiple buildings if they are adjacent to each other. The LEED Volume Program is always used for certifying more than one building. The Neighborhood Development rating system would be used to streamline the documentation process.
Install lamp posts every 20 feet (6 meters) around the entire property line Install shielded fixtures Paint all hardscapes white Up-lighting
Recycling Reuse Source reduction Waste to energy
These materials allow more daylight into the core of a building. These materials protect the health of construction personnel and building occupants. These materials provide soft surfaces to improve acoustics. These materials reduce the glare from interior finishes.
Platted property line of the project defining land and water within it Portion of the project site submitted for LEED certification Total area within the legal property boundaries of the site; this encompasses all areas of the site, including constructed and nonconstructed areas Total area within the platted property line not including any non-constructed areas
Building occupants Building owner Facility manager Utility company
Certified wood Materials with high SRI Recycled water Renewable Energy Credits (RECs)
By a life-cycle assessment By a review of the manufacturer's corporate sustainability policy By an air-quality sample By the product's MSDS
Energy and Atmosphere Indoor Environmental Quality Sustainable Sites Water Efficiency
Credit Exemplary performance Minimum Program Requirement Prerequisite
State fish and wildlife agencies (or local equivalent) The International Society of Arboriculture (ISA) The Natural Heritage Program The U.S. Code of Federal Regulations
20% 25% 30% 35%
Cost for installing a green roof Fees to develop tenant agreements Irrigation fees for water use Masonry costs paid to a sub-contractor
Designing waiting areas with views to the outdoors Placing recovery rooms toward the core of the building Reducing the building's footprint Using sound isolation
Billing tenants based on their portion of building occupancy Preventing irrigation runoff Providing water consumption tracking and leak identification Providing weather-based irrigation control
A committee must review the request. The inquiry must first undergo the project CIR process. The project must earn a LEED certification. The project team must contact USGBC customer service.
Certified Gold Platinum Silver
Recycling Reuse Source reduction Waste diversion
Conduct custodial training, use fans to blow out construction dust, orient the building properly Increase ventilation, calibrate sensors and monitors, conduct an occupant survey Keep dust and dirt out of the building, protect materials from moisture damage, flush-out the building before occupancy Use low VOC materials, monitor carbon dioxide, monitor outdoor airflow
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